KEGG T00267: PMN2A

Prochlorococcus marinus NATL2A: PMN2A_1147

Entry

PMN2A_1147 CDS T00267

Definition

phosphoenolpyruvate carboxylase (EC:4.1.1.31)

Orthology

K01595

phosphoenolpyruvate carboxylase [EC:4.1.1.31]

Organism

pmn Prochlorococcus marinus NATL2A

Pathway

pmn00620	Pyruvate metabolism
pmn00680	Methane metabolism
pmn00710	Carbon fixation in photosynthetic organisms
pmn01100	Metabolic pathways
pmn01120	Microbial metabolism in diverse environments

Class

Metabolism; Carbohydrate metabolism; Pyruvate metabolism [PATH:pmn00620]
Metabolism; Energy metabolism; Carbon fixation in photosynthetic organisms [PATH:pmn00710]
Metabolism; Energy metabolism; Methane metabolism [PATH:pmn00680]

SSDB

Motif

Pfam:

PEPcase PEPcase_2

Other DBs

NCBI-GI:

NCBI-GeneID:

CyanoBase:

CYORF:

UniProt:

Position

complement(1632922..1635906)

AA seq 994 aa
MLKNPSNENISNHSTVCVEDQDPGSLLQQRLELVEDLWKTVLKSECPPDQTERLLRLKQL
SDPSKSNQDNSSKAIVQLITKMDLAEAISAARAFSLYFQLVNILEQRIEEDSYLESIEKG
KLDTSNYKIDPFAPALASQTAPATFTQLFERLRRLNVPPAQLDGLMREMDIRLVFTAHPT
EIVRHTVRHKQRRVATLLQQLQSNSLISESEKEIFRLQLEEEIRLWWRTDELHQFKPTVL
DEVDYALHYFQQVLFDAMPQLRRRLTTALASSYPDVEIPNEAFCTFGSWVGSDRDGNPSV
TPEITWRTACYQRQLMLDRYIASVQDLRDQLSISMQWSQVSSPLLESLEMDRVRFPEVYE
ERAARYRLEPYRLKLSYTLERLRLTQLRNKQLADAGWQFSPDGKPLISTNNSFDEVLHYK
SVEELKNELELIRNSLVSTDLTCEPLDTLLNQVHIFGFSLASLDIRQESTRHSDALDELT
RYLDLPESYGVMSEESRVQWLMKELRTRRPLIPPSFEWSKSTQETISVFHMLHRLQKEFG
TRICRSYVISMSHTASDLLEVLLLAKESGLIDPTLGASDLLVVPLFETVEDLQHAPSVME
SLLQTDVYRELLPRVGEKKQPLQELMLGYSDSNKDSGFLSSNWEIHKAQIALQDLASRQG
IALRIFHGRGGSVGRGGGPAYQAILAQPSGTLQGRIKITEQGEVLASKYSLPELALYNLE
TVTTAVIQNSLVTNKLDATPSWNELMTRLAARSREHYRALVHDNPDLVQFFQVVTPIEEI
SKLQISSRPARRKSGAKDLSSLRAIPWVFGWTQSRFLLPSWFGVGTALATELKADPDQME
MLRMLNQRWPFFRMLISKVEMTLSKVDLDVAHHYVVSLGGSDDRDAFARIFDIISSEYSL
TKKLILEITGKSKLLSADPALQLSVNLRNRTIVPLGFLQVALLKRLRDQNRQPPISEDVS
IDSTQSSRTYSRSELLRGALLTINGIAAGMRNTG

NT seq 2985 nt +upstreamnt +downstreamnt
atgttgaaaaatccttctaacgaaaatatctctaatcactcgacagtatgtgttgaggat
caagatcctggatctttattgcaacaaaggcttgaactagtggaggatctatggaaaacc
gttctcaaaagtgaatgtccacctgatcaaacagagagattattgcgattaaaacaatta
agtgatcctagtaagtcaaatcaagacaattcctcaaaggcaatagtccaattgattaca
aaaatggatttggctgaggcgatatctgctgctagggctttttctctttattttcagttg
gtaaacattctggagcaacgcatagaagaggatagttatttagaaagcatagaaaaaggg
aagttagacaccagtaattataaaatagatccattcgctccagctttagctagtcagact
gctccagcaacttttacacaattatttgagcgattacgtcgtttgaatgtccctccagct
cagcttgatggtttgatgagagaaatggatattcgtcttgtttttacagctcatccaact
gaaatagttagacacacggttcgccataagcaacgcagggttgccactcttttgcagcaa
cttcaatctaatagcttgatttccgaatcagagaaagaaatatttaggttgcagctagag
gaggagataagactttggtggagaactgatgagcttcatcaattcaaaccgactgtcctt
gatgaggttgactatgcccttcattattttcagcaggttttgtttgatgcaatgcctcaa
ttaagaaggagactgactaccgcacttgcttcaagttatccagacgtagagatccctaat
gaagctttttgcacatttggctcttgggtaggttcagatcgtgatgggaatccgtcagtt
actcctgaaatcacatggagaacagcgtgttaccaaagacaattaatgttggataggtat
attgcatcagttcaagatctaagagaccaactcagtatatctatgcaatggagtcaagta
agttctcctttgttagagtcattggaaatggacagagttcgtttccctgaggtttatgag
gaaagggctgcaagatatagactggaaccttatcgcttgaagcttagctatacacttgag
aggctacgacttactcaactacgtaataagcagctagcggatgctggatggcaattctca
cccgatgggaaaccgctaatatctactaataatagttttgatgaagtactccactacaaa
tctgtagaagaattaaaaaatgaattagagcttattagaaatagtttggttagtacagat
cttacttgtgaaccattagatactttgctaaatcaagttcatatttttgggttctcgttg
gctagtttagacattaggcaagaaagcacacgacatagtgatgcgttggatgagctcact
cgctatttagatctccctgagtcgtatggagtgatgagcgaggaaagtcgagttcaatgg
ttgatgaaagaattaagaactcggagaccacttatcccgccttcttttgagtggtctaaa
agtactcaagaaactatctcagtttttcatatgcttcataggcttcagaaagaatttggt
actcgtatatgtcgctcgtatgtaatttcgatgagtcatacggcatcagatttattagaa
gttcttcttttagctaaagagtcgggtttgattgatccaactttaggagcttctgatctt
ctcgttgttccattatttgaaacggttgaggacttacaacatgctccttctgtaatggag
tcgttactacaaactgatgtttatcgcgaattacttccacgagtaggagagaaaaaacaa
ccgcttcaggaacttatgctgggatattccgatagtaataaggattctggttttctctca
agtaattgggaaattcataaggcccaaatagcactccaagacctagctagtagacaagga
atagcattacgtatttttcatggtagaggtgggtctgtaggaagaggcggtggaccagct
tatcaagctattttggctcaacctagtggtacacttcagggacgtataaaaataacagag
caaggggaagtacttgcttcaaaatatagtcttccagaattagctttatataatctggaa
actgtaaccactgcagttattcaaaatagcttggttaccaataaattggatgctacgcca
agttggaatgaattgatgaccagacttgcagctcgttcaagggagcattaccgagcctta
gttcatgataatccagatttagttcaattttttcaggtagttactccaatagaagagatt
agtaagttgcaaatttctagtcgtcctgctcgacgaaagagtggtgcaaaagacttatca
agtcttcgagctatcccatgggtctttggttggactcaaagtcgtttccttttgccaagt
tggtttggtgttggtacggctttagctactgaattaaaggctgaccccgaccaaatggag
atgttgcgaatgttgaatcagagatggccattctttagaatgttgatatctaaagtagag
atgacactttcaaaagttgatttagatgttgcccaccattatgtggttagtttgggtgga
agtgatgatcgggatgctttcgctagaattttcgatattatctcaagcgaatacagcttg
actaagaaattaattttagaaattactggcaagtcaaaactattaagtgcagaccctgct
ttgcagttgtctgtcaacctgagaaataggactattgtccctttaggatttttacaagta
gctcttctcaagcgattaagagatcagaatcgtcaaccaccaattagtgaagatgtaagt
attgactctactcaaagttctcgtacatatagtcgtagtgaattattgcgtggtgcattg
ttgactatcaatggtatcgctgcaggtatgagaaacacaggatga

All links

Pathway (5)   
   KEGG PATHWAY (5)   
Chemical substance (5)   
   KEGG COMPOUND (5)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   CYANOBASE-PMN (1)   
   CYORF-PMN (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (23)   

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